GM Passing Gear Cable Bracket - Clear

The CVR Performance GM Passing Gear Cable Bracket in clear anodized finish is a precision-engineered component designed for GM engine builders and performance enthusiasts looking to integrate aftermarket throttle control systems into their builds. This bracket serves as the mechanical interface between your engine's passing gear cable and its mounting points, providing secure, repeatable cable routing that maintains consistent actuation geometry under load. If you're running a high-performance small-block or big-block Chevy with custom fuel injection, supercharger management, or transmission control modifications, this bracket ensures your throttle cable operates with the responsiveness and reliability your engine demands.

Manufactured from clear-anodized aluminum, this bracket delivers corrosion resistance and durability while maintaining a clean, professional appearance visible in engine bay photography and shows. The clear anodize process provides superior protection compared to painted finishes, resisting salt, fuel vapors, and thermal cycling without degradation. CVR Performance's design ensures precise cable pivot points and minimal deflection under acceleration, critical for maintaining throttle response accuracy in carbureted or fuel-injected applications where even slight cable slack can affect driveability and engine performance tuning.

This bracket is ideal for engine builders constructing race engines, street performance builds, or custom fuel system conversions requiring mechanical cable management separate from factory throttle linkage. Installation fits standard GM mounting locations on the block or intake manifold, and its compact footprint accommodates tight engine bay layouts common in restorations and modern performance swaps. The lightweight aluminum construction (0.09 lbs) minimizes parasitic weight while its engineered geometry maintains cable tension without binding, ensuring smooth, full-range throttle travel from idle through wide-open throttle under all engine operating conditions.